Detailed Description

Packaging & Delivery

Selling Units:Piece/Pieces

Package Type:The product is packaged in cardboard boxes

Product Description

2HM heavy hex nut is a product that is resistant to high and low temperatures, high pressure, high strength, and corrosion. It is suitable for high-temperature and high-pressure applications, such as high-pressure valves, marine, shipbuilding, chemical, fluid engineering, pressure vessels, petrochemical equipment, etc. Combined with ASTMA193/A193B7M grade hexagonal bolts, it can effectively prevent nut loosening and ensure the stability and safety of the equipment. This product has the characteristics of resisting hydrogen sulfide corrosion and can perform excellently in extremely harsh working environments. In various high-temperature and high-pressure situations, 2HM heavy-duty hexagonal nuts can maintain stability and provide users with safety solutions,Yellow Heavy Hex Nut,2HM Yellow Heavy Hex Nut,A194 2HM Yellow Heavy Hex Nut.

We strongly recommend using 2HM heavy hex nuts. This product can meet the requirements of users for equipment in high-temperature and high-pressure environments, ensuring the stability and operational safety of the equipment. You can use the 2HM heavy hex nut with peace of mind and maintain the equipment with peace of mind,ASTM A194 2HM Yellow Heavy Hex Nut.

When vibration occurs, the protruding parts of the ISC-LOCK jam nut move together, generating lifting tension, and achieving perfect anti loosening effect.

Nuts mainly have national standards (GB), German standards (DIN), international standards (ISO), Japanese standards (JIS), American standards (ASTM/ANSI) and other standards based on their properties. Among them, national standards, German standards, and Japanese standards are represented by M (such as M8, M16)

Q&A

Question：Why choose a yellow coating? Is there any special effect?

Answer：The yellow coating not only increases the nut's resistance to corrosion, but also improves its durability in high humidity or chemical environments, and makes it easier to identify during assembly, reducing the risk of errors.